About Course

( Click Preview This Course to watch some of our video lectures of this course so that you get a better idea of our course and teaching style.)

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In this course, you will learn ETABS 2020 software. In this modern world as an engineer, we design analysis and explore a structure by using software to enhance the best quality structure. Because of accurate results and analysis by etabs building analysis and design software, we are able taking decisions properly to be the safe structure for this earth.

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To design a safe structure you need to learn ETABS software properly from a professional engineer so that you can design a building perfectly with minimum cost by considering maximum safety.

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With my professional experience, I have created this course with a proper sequence of steps of topics so that you can understand and learn the proper way. Although the course is focused on ETABS, the structural design concepts and steps are using ACI design code and ASCE loading code for references of parameters. The course focuses on the design practice and knowledge utilized on a professional level worldwide.

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After completing this course you will get the following outcomes:

Will be able to design and analyze a structure perfectly.
Will be able to take the critical decision to build a safe structure.
Will be able to find out reinforcement for detailing
And Many more…

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What will you get with this course?
A.1. Earth Quake Analysis Excel As per ASCE 7-05
A.2. Wind load Analysis Excel As per ASCE 7-05
A.3. Vertical Earthquake Effect Cal. Excel As per ASCE 7-05
B1. P-Delta Check As per ASCE 7-05
B2. Base-Shear Check (Seismic Value) As per ASCE 7-05
B3. Drifts and sway limitation Check As per ASCE 7-05
B4. Soft story Check As per ASCE 7-05
B5. Torsional Irregularity Check As per ASCE 7-05
C1. Two-Way Slab Design Advanced Excel Sheet in WSD/ASD Method
C2. Two-Way Slab Design Advanced Excel Sheet in USD/LRFD Method
D1-D6. Staircase Design Excel Sheet -Case 1-6 (6Nos)
E1. Beam Reinforcement Detailing & Rebar Calculation Excel Sheet
E2. Column Reinforcement Detailing & Rebar Calculation Excel Sheet
E3. Shear Wall Reinforcement Detailing & Rebar Calculation Excel Sheet
E4. Development Length and Lapping Length Calculation Excel
FXL6. Basement Wall Load Calculation Excel sheet
FXL7. Soil Site Class for Earthquake analysis.

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Enroll now With a 24-Hours money-back guarantee!

Understanding floor plan, Beam-Column Layout
How to Install And Configure Etabs (If needed)
Introduction to csi Etabs
Understanding about Materials Property as per Design Code
Define Materials Property as per Design Code
Details Understanding about Section Property as per Design Code
Define Section Property as per Design Code
Slab Thickness Calculation using Excel as per Design Code
Define Slab & Wall section as per Design Code
Define Mass Source as per Design Code
Define Load Pattern
Modify Load Case
Define Load Combination as per Design Code
Define & Modify Lateral Loads as per Design Code
Calculate Earthquake Load using Excel & find out Data for Etabs
Calculate Wind Load using Excel & find out Data for Etabs
Modeling of Structures as per Plan
Assign Loads ( FF, PW, LL, WL Etc.)
Static Analysis of Structures
Dynamic Analysis of Structures
Checking Model for Base Shear Check(Seismic Value)
Checking Model for sway limitation
Checking Model for P-Delta Check of a Building
Checking Model for Soft story
Checking Model for Torsional Irregularity
Checking Model for Story Drifts and Drift Ratio
Slab Design (WSD & USD) with Excel & Etabs
Beam Design with Excel & Etabs
Column Design with Excel & Etabs
Staircase Design with Excel & Etabs
Shear Wall Design with Excel & Etabs
Main Rebar Calculation with Excel from Etabs Results
Development length & Lapping Length Cal.
Beam Shear Rebar Calculation with Excel from Etabs Results
Beam Torsional Rebar Calculation with Excel from Etabs Results
Shear Wall Horizontal Rebar Calculation (ACI 318-14)
Shear Wall Vertical Rebar Calculation (ACI 318-14)

Course Content

Introduction to CSI Etabs Course

Download Etabs Course Materials
00:00
Introduction to Floor Plan
00:31

How to Define Different Properties
In this section, you will learn how to define different properties for modeling structures and assigning loads and different things.

Modeling Of Structure & Apply Loads
In this section, you will learn how to model a structure properly with the most accurate and easiest method. As well as how to apply different Loads to the structure.

About Course

What Will You Learn?

Course Content

Introduction to CSI Etabs Course

Download Etabs Course Materials

Introduction to Floor Plan

How to Define Different Properties In this section, you will learn how to define different properties for modeling structures and assigning loads and different things.

Model Initialization

Define Materials Poperties (Concrete and Rebar)

Define Section Poperties (Beam, Column, Slab, Wall)

Define Load Patterns

Define Mass Sources

Check and Modify Load Case

Define Load Combinations (Defaults)

Modeling Of Structure & Apply Loads In this section, you will learn how to model a structure properly with the most accurate and easiest method. As well as how to apply different Loads to the structure.

Modify Grid & Story Data As Per Layout

Draw Column as per Column Layout

Draw Beam as per Beam Layout

Draw Floor Slab

Modeling Staircase in Etabs

Assign Loads on Structure (FF, PW, LL)

Replicate & Modify Model

Replace and apply roof load

Assign Diaphragm on Floor

Define Earthquake Load Using Excel

Define Wind Load Using Excel

Analysis & Check of Structure In this section, you will learn how to analyze a structure and check that model as per code.

Preliminary Analysis & Design

Assign Properties Modifier

P-Delta Check of Structure

Check Sway Limitation for Structure

Soft Story Check of Structure

Torsional Irregularity Check of Structure

Story Drift & Drift Ratio Check of Structure

Design & Check of Structures In this section, you will learn how we can design a different member using Etabs.

Change Poperties Modifier for Design

Decision on Column Design

Check Model for Design Failure

Column Design & Rebar Calculation

Beam Design & Rebar Calculation

Floor Slab Design using Etabs

Shear Wall or Lift Core Design In this section, you will learn how to design a lift core or shear wall.

Introduction to Shear Wall

Assign mesh on wall

Assign Pier Level on wall

Analysis of Shear wall

Shear wall design Using Simplified C & T Method

Shear wall design using Uniform Reinforcing Methds

Shear Wall Design Using General Reinforcing Method

Rebar Calculation of Shear wall using Excel

Student Ratings & Reviews

Resources

Quick Links

Supports

Resources

Quick Links

Supports

How to Define Different Properties
In this section, you will learn how to define different properties for modeling structures and assigning loads and different things.

Modeling Of Structure & Apply Loads
In this section, you will learn how to model a structure properly with the most accurate and easiest method. As well as how to apply different Loads to the structure.

Analysis & Check of Structure
In this section, you will learn how to analyze a structure and check that model as per code.

Design & Check of Structures
In this section, you will learn how we can design a different member using Etabs.

Shear Wall or Lift Core Design
In this section, you will learn how to design a lift core or shear wall.